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![1, Spinizonocolpites gemmatus sp. nov. (Holotype Slide no. PGNU/M Kalan sh-4/SL-10, EF U62/2); 2, SEM photograph of S. gemmatus sp. nov.; 3, SEM photograph of S. gemmatus sp. nov. showing fused gemmae and microreticulate to perforate intergemmate area; 4, Spinizonocolpites indicus Singh 1989 (Slide no. PGNU/M Kalan sh-2/SL-35, EF Q23/1); 5, SEM photograph of similar pollen showing sculpture pattern; 6, Spinizonocolpites prominatus (McIntyre 1965; Stover & Evans 1973) Pocknall et al. 2022(Slide no. PGNU/M Kalan sh-4/SL-10, EF V61/4); 7, Spinizonocolpites sp. (Slide no. PGNU/M Kalan sh-1/SL-36, EF O47); 8, SEM photograph of Spinizonocolpites sp.; 9, SEM photograph of Spinizonocolpites sp. showing long echini and perforated interechinate area; 10, 11, Tribrevicolporites eocenicus Kar 1985(Slide no. PGNU/MKGW-2-8/SL-37, EF K55/2 and PGNU/MKGW-2-3/SL-30, EF U25/2); 12, Tricolpites reticulatus Cookson 1947(Slide no. PGNU/MKGW-2-8/ SL-37, EF Y38/3); 13, 14, Triporotetradites deccanensis sp. nov. (Holotype Slide no. PGNU/M Kalan shale-1/SL-11, EF G37/4); 15, SEM photograph of T. deccanensis sp. nov. showing tetrad arrangement of pollen; 16, SEM photograph of similar pollen showing aperture, protruding pores and micro-perforate sculpture; 17, Callimothallus pertusus Dilcher 1965(Slide no. PGNU/SUR-b1/SL-38, EF K55); 18, 19, Dicellaesporites intertrappea Sonkusare, Samant & Mohabey 2021 (Slide no. PGNU/MKKP-4/SL-12, EF G60/1, and PGNU/MKVW-B-5/SL-59, EF J47/1); 20, Dicellaesporites minutus Kar & Saxena 1976(Slide no. PGNU/MKHW- 2/SL-39, EF E42/2); 21, SEM photograph of D. minutus; 22, Frasnacritetrus taugourdeauii Saxena & Sarkar 1986(Slide no. PGNU/MKHW- 4A/SL-23, EF N17/4); 23, Kalviwadithyrites saxenae Rao 2003(Slide no. PGNU/Surli-A1/SL-40, EF R40/1); 24, SEM photograph of K. saxenae; 25, Phragmothyrites eocaenicus Edward 1922, Slide no. PGNU/SUR-BLK- 1/SL-13, EF E54/3); 26, Pluricellaesporites psilatus Clarke 1965 (Slide no. PGNU/AMR-12/SL-41, EF S42/2); 27, Ovoidites sp. (Slide no. PGNU/MK-A-2/SL-2, EF L42/2); 28, Pediastrum boryanum Meneghini 1840(Slide no. PGNU/Sur-b1/SL-38, EF G48).]()
![1, Spinizonocolpites gemmatus sp. nov. (Holotype Slide no. PGNU/M Kalan sh-4/SL-10, EF U62/2); 2, SEM photograph of S. gemmatus sp. nov.; 3, SEM photograph of S. gemmatus sp. nov. showing fused gemmae and microreticulate to perforate intergemmate area; 4, Spinizonocolpites indicus Singh 1989 (Slide no. PGNU/M Kalan sh-2/SL-35, EF Q23/1); 5, SEM photograph of similar pollen showing sculpture pattern; 6, Spinizonocolpites prominatus (McIntyre 1965; Stover & Evans 1973) Pocknall et al. 2022 (Slide no. PGNU/M Kalan sh-4/SL-10, EF V61/4); 7, Spinizonocolpites sp. (Slide no. PGNU/M Kalan sh-1/SL-36, EF O47); 8, SEM photograph of Spinizonocolpites sp.; 9, SEM photograph of Spinizonocolpites sp. showing long echini and perforated interechinate area; 10, 11, Tribrevicolporites eocenicus Kar 1985 (Slide no. PGNU/MKGW-2-8/SL-37, EF K55/2 and PGNU/MKGW-2-3/SL-30, EF U25/2); 12, Tricolpites reticulatus Cookson 1947 (Slide no. PGNU/MKGW-2-8/SL-37, EF Y38/3); 13, 14, Triporotetradites deccanensis sp. nov. (Holotype Slide no. PGNU/M Kalan shale-1/SL-11, EF G37/4); 15, SEM photograph of T. deccanensis sp. nov. showing tetrad arrangement of pollen; 16, SEM photograph of similar pollen showing aperture, protruding pores and micro-perforate sculpture; 17, Callimothallus pertusus Dilcher 1965 (Slide no. PGNU/SUR-b1/SL-38, EF K55); 18, 19, Dicellaesporites intertrappea Sonkusare, Samant & Mohabey 2021 (Slide no. PGNU/MKKP-4/SL-12, EF G60/1, and PGNU/MKVW-B-5/SL-59, EF J47/1); 20, Dicellaesporites minutus Kar & Saxena 1976 (Slide no. PGNU/MKHW- 2/SL-39, EF E42/2); 21, SEM photograph of D. minutus; 22, Frasnacritetrus taugourdeauii Saxena & Sarkar 1986 (Slide no. PGNU/MKHW- 4A/SL-23, EF N17/4); 23, Kalviwadithyrites saxenae Rao 2003 (Slide no. PGNU/Surli-A1/SL-40, EF R40/1); 24, SEM photograph of K. saxenae; 25, Phragmothyrites eocaenicus Edward 1922, Slide no. PGNU/SUR-BLK-1/SL-13, EF E54/3); 26, Pluricellaesporites psilatus Clarke 1965 (Slide no. PGNU/AMR-12/SL-41, EF S42/2); 27, Ovoidites sp. (Slide no. PGNU/MK-A-2/SL-2, EF L42/2); 28, Pediastrum boryanum Meneghini 1840 (Slide no. PGNU/Sur-b1/SL-38, EF G48).]()
![1. Spinizonocolpites prominatus (McIntyre 1965) Stover & Evans 1973, Ameke 1.1 (Q30), 2. Spinizonocolpites prominatus (McIntyre 1965) Stover & Evans 1973, Amaogugu 7.1 (Q45), details of collumellae, 3. Spinizonocolpites prominatus (McIntyre 1965) Stover & Evans 1973, Amaogugu 7.1 (Q45), details of exine, 4. Spinizonocolpites cf. Spinizonocolpites aff. baculatus Muller 1968, Okigwe B7.1 (J40,1), 5. Saturna enigmaticus Salard-Cheboldaeff 1978, Okigwe B1.1 (H32,2), 6. Milfordia confossus (Fairchild 1966) comb. nov. Okigwe B1.1 (S48), 7. Milfordia homeopunctata (McIntyre 1965) Partridge in Stover & Partridge 1973, Ozuitem 3.1 (W65,2), 8. Monoporopollenites annulatus (Van der Hammen 1954) Jaramillo & Dilcher, 2001, Okigwe B4.1 (V56,1), 9. Retimonoporites heterobrochatus sp. nov., Okigwe B3.1 (G33), holotype, high focal plane, 10. Retimonoporites heterobrochatus sp. nov., Okigwe B3.1 (G33), holotype, low focal plane, 11. Retimonoporites heterobrochatus sp. nov., Okigwe B3.1 (F40,2), paratype, high focal plane, 12. Retimonoporites heterobrochatus sp. nov., Okigwe B3.1 (F40,2), paratype, low focal plane, 13. Retidiporites magdalenensis Van der Hammen & Garcia 1966, Okigwe B1.1 (T30,2), 14. Bacubrevitricolpites sp., Amaogugu 1.1 (P56,4), high focal plane, 15. Bacubrevitricolpites sp., Amaogugu 1.1 (P56,4), low focal plane, 16. Crototricolpites densus Salard-Chaeboldaeff 1978, Okigwe B2.1 (M35), 17. Crototricolpites aff. finitus Silva-Caminha et al. 2010, Okigwe B1.1 (H40,1), 18. Crototricolpites ‘superatus’, Okigwe A7.1 (W37,3), 19. Echitricolpites serratus sp. nov., Okigwe B1.1 (H64,4), holotype, 20. Echitricolpites serratus sp. nov., Okigwe A1.1 (S40,4), paratype, high focal plane, 21. Echitricolpites serratus sp. nov., Okigwe A1.1 (S40,4), paratype, low focal plane, 22. Echitricolpites aff. communis Regali et al. 1974, Okigwe B3.1 (G54,2), 23. Foveotricolpites simplex (González Guzmán 1967) D’Apolito et al. 2021, Ozuitem 6.1 (Y31,2), high focal plane, 24. Foveotricolpites simplex (González Guzmán 1967) D’Apolito et al. 2021, Ozuitem 6.1 (Y31,2), low focal plane, 25. Ladakhipollenites colpiconstrictus (van Hoeken-Klinkenberg 1966) D’Apolito et al. 2021, Ozuitem 6.1 (M53), high focal plane, 26. Ladakhipollenites colpiconstrictus (van Hoeken-Klinkenberg 1966) D’Apolito et al. 2021, Ozuitem 6.1 (M53), low focal plane, 27. Ladakhipollenites simplex Jaramillo & Dilcher 2001, Amaogugu 7.1 (U38,2), 28. Ladakhipollenites simplex Jaramillo & Dilcher 2001, Okigwe B2.1 (O54,3), 29. Ladakhipollenites hammenii (Boltenhagen 1976) comb. nov., Amaogugu 7.1 (R55,1), 30. Ladakhipollenites sp. 1, Amaogugu 1.1 (V34,4), high focal plane, 31. Ladakhipollenites sp. 1, Amaogugu 1.1 (V34,4), low focal plane, 32. Ladakhipollenites sp. 2, Okigwe A5.1 (U40,3), 33. Ladakhipollenites? thomasi (Sarmiento 1992) comb. nov., Amaogugu 7.1 (L47,3), high focal plane, 34. Ladakhipollenites? thomasi (Sarmiento 1992) comb. nov., Amaogugu 7.1 (L47,3), low focal plane.]()
![Photomicrograph of spores and pollen grains recovered from Tuli to Mokokchung road section of Nagaland, observed under X400 magnification- 26. Retimonocolpites ellipticus Kar 1985, 27. Retimonosulcites ovatus Kar 1985, 28 -29. Meyeripollis naharkotensis Baksi & Venkatachala 1970, 30. Arecipites sp., 31-32. Dyadosporites dyadosporus Kalgutkar & Jansonius 2000, 33. Diporoconia iszkaszentgyoergyi (Kedves) Frederiksen, 1985, 34. Quilonipollenites sahnii, Kalgutkar & Jansonius 2000, 35. Proxapertites sp., 36. Proxapertites operculatus Van der Hammen 1956, 37. Proxaperitites marginatus (Venkatachala & Kar) Singh 1975, 38. Spinizonocolpites sp., 39. Spinizonocolpites echinatus Muller 1968, 40. Spinomonosulcites brevispinous Biswas 1992, 41. Spinizonocolpites adamantus Frederiksen 1994, 42. Foveotricolpites alveotatus Mandal & Rao 2001, 43. Favitricolporites sp., 44. Tricolpitespollen, 45. Tribrevicolpites sp., 46. Margocolporites tsukadae- Ramanujam 1966, 47. Margocolporites sitholeyi Ramanujam 1966, 48. Symplocoipollenites kutchensis Venkatachala & Kar 1969a.]()
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![Selected reworked palynomorphs. Slide numbers marked with a “u” are unoxidized. Specimen location is marked with an England Finder coordinate. Figure 1 Cicatricosisporites dorogensis, 59717, G20/0. Figure 2 Foveotriletes margaritae, 59721, R27/3. Figure 3 Janmulleripollis pentaradiatus, 59732u, U33/3. Figure 4 Buttinia andreevi, 59717, H10/4. Figure 5 Grimsdalea magnaclavata, 59719u, J34/4. Figure 6 Bombacacidites annae, 59731, R31/4. Figure 7 Bombacacidites sp., 59729u, P37/3. Figure 8 Proxapertites cursus, 59723, G48/2. Figure 9 Proxapertites operculatus, 59720u, R39/4. Figure 10 Crassiectoapertites columbianus, 59717, S16/2. Figure 11 Retistephanoporites sp., 59729, T45/2. Figure 12 Lanagiopollis crassa, 59737u, V29/0. Figure 13 Spinizonocolpites prominatus, 59739, G14/1. Figure 14 Spinizonocolpites baculatus, 59732, T49/0. Figure 15 Ceratiopsis sp., 59734, F34/4. Figure 16 Dinogymnium acuminatum, 59731, E45/4. Figure 17 Isabelidinium sp., 59725, E41/4.]()
![Selected reworked palynomorphs. Slide numbers marked with a “u” are unoxidized. Specimen location is marked with an England Finder coordinate. Figure 1 Cicatricosisporites dorogensis, 59717, G20/0. Figure 2 Foveotriletes margaritae, 59721, R27/3. Figure 3 Janmulleripollis pentaradiatus, 59732u, U33/3. Figure 4 Buttinia andreevi, 59717, H10/4. Figure 5 Grimsdalea magnaclavata, 59719u, J34/4. Figure 6 Bombacacidites annae, 59731, R31/4. Figure 7 Bombacacidites sp., 59729u, P37/3. Figure 8 Proxapertites cursus, 59723, G48/2. Figure 9 Proxapertites operculatus, 59720u, R39/4. Figure 10 Crassiectoapertites columbianus, 59717, S16/2. Figure 11 Retistephanoporites sp., 59729, T45/2. Figure 12 Lanagiopollis crassa, 59737u, V29/0. Figure 13 Spinizonocolpites prominatus, 59739, G14/1. Figure 14 Spinizonocolpites baculatus, 59732, T49/0. Figure 15 Ceratiopsis sp., 59734, F34/4. Figure 16 Dinogymnium acuminatum, 59731, E45/4. Figure 17 Isabelidinium sp., 59725, E41/4.]()
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![1. Lygodiumsporites eocenucus Dutta and Sah, 1970, BSIP Museum No. 16494, 2. Lygodiumsporites lakiensis Sah and Kar, BSIP Museum No. 16495, 3. Todiosporites plicatus Sah and Kar, 1969 BSIP Museum No. 16496. 4. Cyathidites minor Kar 1990, BSIP Museum No. 16497, 5. Anacolosidites trilobatus, BSIP No.16498, 6. Anacolosidites trilobatus, BSIP Museum No. 16499, 7. Inapertusporites kedvesii Elisk, BSIP Museum No. 16500, 8. Inapertusporites kedvesii Elisk, BSIP Museum No. 16501, 9-11. Spinizonocolpites echinatus Muller BSIP Museum No. 16502, detail of the mid view of the pollen, 12. Spinizonocolpites echinatus Muller BSIP Museum No. 16503, 13. Proxapertites sp. Muller BSIP Museum No. 16504, 14. Proxapertites sp. Muller BSIP Museum No. 16505, 15. Palmipollenites nadhamunii, Muller BSIP Museum No. 16506, 16. Palmipollenites sp. Muller BSIP Museum No. 16507, 17. Psilatricolporites sagitatus, Muller BSIP Museum No. 16508, 18. Psilatricolporites sagitatus, Muller BSIP Museum No. 16509, 19. Pilatricolporites eocenicus, Muller BSIP Museum No. 16511, 20. Striacolporites sp. Muller BSIP Museum No. 16512,]()
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![Figures 1, 2, 3. Retipollenites crotonicolumellatus, sp. nov., Holotype, Montoyas A1, 2790–2820-slide 746, EF K47/1. Figures 4, 5. Rhoipites guianensis (Van der Hammen & Wymstra 1964) Jaramillo & Dilcher 2001, Lisama 10, 9680, EF F23/1. Figures 6, 7. Rhoipites hispidus (Van der Hammen & Wymstra 1964) Jaramillo & Dilcher 2001, Orito Sur–1, 3500–3510, EF L38– 1. Figures 8, 9. Rhoipites planipolaris, sp. nov., Holotype, Gibraltar-1, 4750–4760-slide 170, EF H45/1-3. Figure 10. Rhoipites planipolaris, sp. nov., Paratype, Coronado–1, 5020-slide 493, EF N24/2. Figures 11, 12. Rugotricolporites intensus, sp. nov., Holotype, Gibraltar-2, 1280–1290-slide 187, EF J54/4. Figure 13. Rugotricolporites intensus, sp. nov., Paratype, Gibraltar-2, 2000–2010-slide 360, EF D21. Figures 14, 15. Spathiphyllum vanegensis (Van der Hammen & Garcia, 1966) Hesse & Zetter 2007, Mucurera-3, 3110–3120, EF R6/4. Figures 16, 17. Spinizonocolpites baculatus Muller 1968, Lisama Este-1, 5920–5950, EF O33. Figures 18, 19. Spinizonocolpites echinatus Muller 1968, Cerro Gordo-3, 1840–1850, EF P20 2/4. Figures 20, 21. Spinizonocolpites grandisJaramillo & Dilcher 2001, Mucurera-3, 1880–1890, EF N41-1. Figures 22, 23. Spirosyncolpites spiralisGonzalez 1967, Gonzalez–1, Cuervos porteria 2, EF F43-3. Figures 24, 25. Stephanocolpites costatusVan der Hammen 1954, Cerro Gordo–3, 1570-1580, EF K10/4. Figures 26, 27, 28. Stephanocolpites evansiiMuller et al. 1987, Montoyas A1, 2010–2040, EF P6/3.]()
![Transmitted light and scanning electron images of pollen taxa associated with mangrove-to-marsh transitions in the middle Eocene of Helmstedt. Mangrove elements: A) Zonocostides ramonae (Rhizophora). B) Tricolporopollenites sp. (Avicennia type). C) Psilodiporites iszkaszentgyoergyi (Daemonorops type). D) Spinizonocolpites echinatus (Nypa). Marsh and marginal marsh elements: E) Plicapollis pseudoexcelsus. F) Tricolporopollenites crassiexinus. G) Tricolporopollenites microreticulatus.]()
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Spinizonocolpites
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1, Spinizonocolpites gemmatus sp. nov. (Holotype Slide no. PGNU/M Kalan s... Available to Purchase
Published: 18 July 2024
Plate 5. 1, Spinizonocolpites gemmatus sp. nov. (Holotype Slide no. PGNU/M Kalan sh-4/SL-10, EF U62/2); 2, SEM photograph of S. gemmatus sp. nov.; 3, SEM photograph of S. gemmatus sp. nov. showing fused gemmae and microreticulate to perforate intergemmate area; 4, Spinizonocolpites indicus
Image
1, Spinizonocolpites gemmatus sp. nov. (Holotype Slide no. PGNU/M Kalan s... Available to Purchase
in Palynology of the uppermost Cretaceous to lowermost Paleocene Deccan volcanic associated sediments of the Mandla Lobe, central India
> Palynology
Published: 08 April 2024
Plate 5. 1, Spinizonocolpites gemmatus sp. nov. (Holotype Slide no. PGNU/M Kalan sh-4/SL-10, EF U62/2); 2, SEM photograph of S. gemmatus sp. nov.; 3, SEM photograph of S. gemmatus sp. nov. showing fused gemmae and microreticulate to perforate intergemmate area; 4, Spinizonocolpites indicus
Image
1. Spinizonocolpites prominatus (McIntyre 1965 ) Stover & Evans 197... Open Access
in Descriptive systematics of Upper Palaeocene–Lower Eocene pollen and spores from the northern Niger Delta, south-eastern Nigeria
> Palynology
Published: 15 July 2023
Plate 4. 1. Spinizonocolpites prominatus (McIntyre 1965 ) Stover & Evans 1973 , Ameke 1.1 (Q30), 2. Spinizonocolpites prominatus (McIntyre 1965 ) Stover & Evans 1973 , Amaogugu 7.1 (Q45), details of collumellae, 3. Spinizonocolpites prominatus (McIntyre 1965 ) Stover
Image
Photomicrograph of spores and pollen grains recovered from Tuli to Mokokchu... Available to Purchase
in Disang and Barail Sediments, their Contact and Palaeodepositional Environment along Tuli-Merangkong-Mokokchung Area of Mokokchung District, Nagaland, North East India with Reference to Diverse Palynofossil Assemblages
> Journal of the Geological Society of India
Published: 01 September 2021
Hammen 1956 , 37. Proxaperitites marginatus (Venkatachala & Kar) Singh 1975 , 38. Spinizonocolpites sp., 39. Spinizonocolpites echinatus Muller 1968 , 40. Spinomonosulcites brevispinous Biswas 1992 , 41. Spinizonocolpites adamantus Frederiksen 1994 , 42. Foveotricolpites alveotatus
Journal Article
Correction Available to Purchase
Journal: Palynology
Publisher: AASP -The Palynological Society
Published: 18 July 2024
Palynology (2024) 48 (3): 2343970.
...Plate 5. 1, Spinizonocolpites gemmatus sp. nov. (Holotype Slide no. PGNU/M Kalan sh-4/SL-10, EF U62/2); 2, SEM photograph of S. gemmatus sp. nov.; 3, SEM photograph of S. gemmatus sp. nov. showing fused gemmae and microreticulate to perforate intergemmate area; 4, Spinizonocolpites indicus...
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Journal Article
Palynology of the uppermost Cretaceous to lowermost Paleocene Deccan volcanic associated sediments of the Mandla Lobe, central India Available to Purchase
Journal: Palynology
Publisher: AASP -The Palynological Society
Published: 08 April 2024
Palynology (2024) 48 (2): 2288669.
...Plate 5. 1, Spinizonocolpites gemmatus sp. nov. (Holotype Slide no. PGNU/M Kalan sh-4/SL-10, EF U62/2); 2, SEM photograph of S. gemmatus sp. nov.; 3, SEM photograph of S. gemmatus sp. nov. showing fused gemmae and microreticulate to perforate intergemmate area; 4, Spinizonocolpites indicus...
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Journal Article
Disang and Barail Sediments, their Contact and Palaeodepositional Environment along Tuli-Merangkong-Mokokchung Area of Mokokchung District, Nagaland, North East India with Reference to Diverse Palynofossil Assemblages Available to Purchase
Publisher: Geological Society of India
Published: 01 September 2021
Jour. Geol. Soc. India (2021) 97 (9): 1049–1062.
... Hammen 1956 , 37. Proxaperitites marginatus (Venkatachala & Kar) Singh 1975 , 38. Spinizonocolpites sp., 39. Spinizonocolpites echinatus Muller 1968 , 40. Spinomonosulcites brevispinous Biswas 1992 , 41. Spinizonocolpites adamantus Frederiksen 1994 , 42. Foveotricolpites alveotatus...
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Selected reworked palynomorphs. Slide numbers marked with a “u” are unoxidi... Available to Purchase
Published: 18 July 2024
, R39/4. Figure 10 Crassiectoapertites columbianus , 59717, S16/2. Figure 11 Retistephanoporites sp., 59729, T45/2. Figure 12 Lanagiopollis crassa , 59737u, V29/0. Figure 13 Spinizonocolpites prominatus , 59739, G14/1. Figure 14 Spinizonocolpites baculatus , 59732, T49/0. Figure 15 Ceratiopsis
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Selected reworked palynomorphs. Slide numbers marked with a “u” are unoxidi... Available to Purchase
in Biostratigraphic analysis of a Late Pleistocene to Holocene section from Punta Pescador, eastern Venezuela
> Palynology
Published: 18 July 2024
, R39/4. Figure 10 Crassiectoapertites columbianus , 59717, S16/2. Figure 11 Retistephanoporites sp., 59729, T45/2. Figure 12 Lanagiopollis crassa , 59737u, V29/0. Figure 13 Spinizonocolpites prominatus , 59739, G14/1. Figure 14 Spinizonocolpites baculatus , 59732, T49/0. Figure 15 Ceratiopsis
Journal Article
Palynology, Palaeoecology and Palaeodepositional Environment of Eocene Lignites and Associated Sediments from Matanomadh Mine, Kutch Basin, Western India Available to Purchase
Publisher: Geological Society of India
Published: 01 September 2013
Jour. Geol. Soc. India (2013) 82 (3): 236–248.
...) Polyporina globosa Sah; slide no. M/Sh/2/3/7; coordinates: 23.6x66.2. (10) Spinizonocolpites adamanteus Frederiksen; slide no. M/Sh/4/2/2; coordinates: 20.5x69.3. (11) Palaeocasalpiniacipites eocenica (Biswas) Venkatachala & Rawat; slide no. M/Cy/2/3/1; coordinates: 22.8x67.4. (12) Polyporina...
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Journal Article
Grimsdalea magnaclavata Germeraad, Hopping & Muller: an enigmatic pollen type from the Neogene of northern South America Available to Purchase
Journal: Palynology
Publisher: AASP -The Palynological Society
Published: 01 June 2012
Palynology (2012) 36 (Suppl_1): 134–143.
... clavate processes similar to those observed in G. polygonalis and is also apparently reticulate. The Sudan record was later cited by Christopher and Goodman (1996) as one of the taxa used to define an Early Paleocene assemblage zone. The fossil pollen genus Spinizonocolpites ( Muller 1968...
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Journal Article
Correction Available to Purchase
Journal: Palynology
Publisher: AASP -The Palynological Society
Published: 18 July 2024
Palynology (2024) 48 (3): 2342718.
..., R39/4. Figure 10 Crassiectoapertites columbianus , 59717, S16/2. Figure 11 Retistephanoporites sp., 59729, T45/2. Figure 12 Lanagiopollis crassa , 59737u, V29/0. Figure 13 Spinizonocolpites prominatus , 59739, G14/1. Figure 14 Spinizonocolpites baculatus , 59732, T49/0. Figure 15 Ceratiopsis...
FIGURES
Journal Article
Amber flora and fauna from Early Eocene Vastan Lignite Mine, Cambay Basin, Gujarat: Ecological Diversity and Environmental Significance Available to Purchase
Publisher: Geological Society of India
Published: 01 May 2022
Jour. Geol. Soc. India (2022) 98 (5): 661–668.
... bodies, algal elements, insect fossils with some unidentified biotic groups. Of these, the major dominant flora belongs to angiosperm origin, in accompaniment to pteridophyte spores and fungal elements. Recorded palynotaxa viz. Proxapertites, Spinizonocolpites, Neocouperipollis and Acanthotricolpites...
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1. Lygodiumsporites eocenucus Dutta and Sah, 1970, BSIP Museum No. 16494... Available to Purchase
in Amber flora and fauna from Early Eocene Vastan Lignite Mine, Cambay Basin, Gujarat: Ecological Diversity and Environmental Significance
> Journal of the Geological Society of India
Published: 01 May 2022
. Anacolosidites trilobatus, BSIP No.16498, 6. Anacolosidites trilobatus, BSIP Museum No. 16499, 7. Inapertusporites kedvesii Elisk, BSIP Museum No. 16500, 8. Inapertusporites kedvesii Elisk, BSIP Museum No. 16501, 9-11. Spinizonocolpites echinatus Muller BSIP Museum No. 16502, detail of the mid
Journal Article
UPPER CRETACEOUS TO NEOGENE PALYNOLOGY OF THE MELUT BASIN, SOUTHEAST SUDAN Available to Purchase
Journal: Palynology
Publisher: AASP -The Palynological Society
Published: 01 January 2008
Palynology (2008) 32 (1): 101–129.
... from the Lower Miocene and Oligocene-Miocene. Mangrove pollen, which is common in coeval West African coastal basins, is rare and inconsistent. Examples are Spinizonocolpites ( Nypa ) from the Campanian-Maastrichtian to Eocene and Rhizophoraceae ( Zonocostites ramonae ) from the Neogene. Based...
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Figures 1, 2, 3. Retipollenites crotonicolumellatus , sp. nov., Holotype, ... Available to Purchase
in A palynological zonation for the Cenozoic of the Llanos and Llanos Foothills of Colombia
> Palynology
Published: 01 June 2011
& Zetter 2007, Mucurera-3, 3110–3120, EF R6/4. Figures 16, 17. Spinizonocolpites baculatus Muller 1968, Lisama Este-1, 5920–5950, EF O33. Figures 18, 19. Spinizonocolpites echinatus Muller 1968, Cerro Gordo-3, 1840–1850, EF P20 2/4. Figures 20, 21. Spinizonocolpites grandis Jaramillo & Dilcher
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Transmitted light and scanning electron images of pollen taxa associated wi... Available to Purchase
in FROM OPEN ESTUARY TO MEANDERING RIVER IN A GREENHOUSE WORLD: AN ECOLOGICAL CASE STUDY FROM THE MIDDLE EOCENE OF HELMSTEDT, NORTHERN GERMANY
> PALAIOS
Published: 01 April 2015
iszkaszentgyoergyi ( Daemonorops type). D ) Spinizonocolpites echinatus ( Nypa ). Marsh and marginal marsh elements: E ) Plicapollis pseudoexcelsus . F ) Tricolporopollenites crassiexinus . G ) Tricolporopollenites microreticulatus .
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Palynological Investigation of Neogene (Early Miocene) Sediments of Mangalore Basin, India: Palaeoenvironmental and Palaeoclimatic Implications Available to Purchase
Publisher: Geological Society of India
Published: 01 July 2014
Jour. Geol. Soc. India (2014) 84 (1): 55–67.
... Scheuringipollenites maximus (Hart) Dev, 1971 Spinizonoclopites echinatus Muller, 1968 Spinizonocolpites sp. Polyporina sp. Reworked palynoflora - Densipollenites indicus Bharadwaj, 1962 Parasaccites obscurus , Tiwari, 1965 Striatopodocarpites diffusus Bharadwaj...
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Journal Article
Maastrichtian Palynoflora from Deccan Volcanic Associated Sediments of Mahurzari, Nagpur District, Maharashtra: Age and Paleoenvironment with Comments on Megaflora Available to Purchase
Publisher: Geological Society of India
Published: 01 May 2020
Jour. Geol. Soc. India (2020) 95 (5): 475–482.
.... No. Taxa Percentage 1. Azolla cretacea 1% 2. Cyathidites australis 39% 3. Gabonisporis vigourouxii 7% 4. Lygodiumsporites lakiensis 46% 5. Triplanosporites sp. 10% 6. Foveotriletes sp. 1% 7. Aquilapollenites bengalensis 1% 8. Spinizonocolpites...
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Journal Article
A palynological zonation for the Cenozoic of the Llanos and Llanos Foothills of Colombia Available to Purchase
Journal: Palynology
Publisher: AASP -The Palynological Society
Published: 01 June 2011
Palynology (2011) 35 (1): 46–84.
... & Zetter 2007, Mucurera-3, 3110–3120, EF R6/4. Figures 16, 17. Spinizonocolpites baculatus Muller 1968, Lisama Este-1, 5920–5950, EF O33. Figures 18, 19. Spinizonocolpites echinatus Muller 1968, Cerro Gordo-3, 1840–1850, EF P20 2/4. Figures 20, 21. Spinizonocolpites grandis Jaramillo & Dilcher...
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